The display units are being used alongside a large-scale collaborative display wall to manage various networks and process control applications.
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Our mission is to be a leader in innovation, quality, continuity of service, security, environmental protection, efficiency, and speed of response to all our customers in line with the goals of the Authority for Electricity and Gas. We pay particular attention to technological innovation, through the adoption of decisions with high added value and environmental sustainability, focusing on solutions that optimize the relationship with the land and with the public.
A2A Reti Elettriche, even before the directives of the Authority for Electricity and Gas with Resolution 292/06, was one of the first utilities to begin replacing conventional electricity meters with new electronic counters that can be read remotely and managed.
A2A Reti Elettriche is part of the Italian multi-utility group A2A, which manages the gas, water, and energy distribution for many provinces in northern Italy.
The challenge
As part of the original control room design for its Brescia facility, A2A carefully outlined the floor plan to sufficiently include 19 operator workstations. Despite a straightforward implementation, the multi-utility company quickly ran into unexpected issues that required immediate attention.
First, the large number of workstations significantly increased noise and temperature levels, adversely affecting working conditions and operator comfort. Next, IT staff noticed that the new workstations easily attracted dirt, impacting the system’s performance and reliability, requiring increased maintenance efforts.
After exploring a number of operator-based solutions, including specialized cases that proved too cumbersome for the existing office furniture, A2A concluded that a remote extension technology — one that could manage the above issues, but also provide stable and reliable multi-display image quality from a distance — was its best option. Furthermore, cabling from the extension solution had to be at an absolute minimum to accommodate the current infrastructure of two lateral areas with a single floating floor.
The solution